PO_SFR_REGISTER, // A special function register (e.g. PORTA)
PO_PCL, // Program counter Low register
PO_PCLATH, // Program counter Latch high register
+ PO_PCLATU, // Program counter Latch upper register
+ PO_PRODL, // Product Register Low
+ PO_PRODH, // Product Register High
PO_LITERAL, // A constant
PO_REL_ADDR, // A relative address
PO_IMMEDIATE, // (8051 legacy)
POC_SWAPF,
POC_SWAPFW,
// POC_TRIS , // To be removed
+ POC_TBLRD, // patch 15
+ POC_TBLRD_POSTINC, //
+ POC_TBLRD_POSTDEC, //
+ POC_TBLRD_PREINC, //
+ POC_TBLWT, //
+ POC_TBLWT_POSTINC, //
+ POC_TBLWT_POSTDEC, //
+ POC_TBLWT_PREINC, // patch 15
POC_TSTFSZ,
POC_XORLW,
POC_XORWF,
int lit;
} pCodeOpLit;
+typedef struct pCodeOpLit2
+{
+ pCodeOp pcop;
+ int lit;
+ pCodeOp *arg2;
+} pCodeOpLit2;
+
+
typedef struct pCodeOpImmd
{
pCodeOp pcop;
- int offset; /* low,med, or high byte of immediat value */
+ int offset; /* low,high or upper byte of immediate value */
int index; /* add this to the immediate value */
unsigned _const:1; /* is in code space */
struct pBlock *pb;
pCodeOp *pcop2; // second memory operand
-/*
- int rIdx1;
- struct regs *r1;
-*/
-
} pCodeOpReg2;
typedef struct pCodeOpRegBit
pCodeOp *matched; /* When a wild matches, we'll store a pointer to the
* opcode we matched */
+ pCodeOp *pcop2; /* second operand if exists */
+
} pCodeOpWild;
pCodeAsmDir
**************************************************/
-typedef struct pCodeAsmDir
-{
- pCode pc;
-
- char *directive;
- char *arg;
-} pCodeAsmDir;
-
-
/*************************************************
pCodeFlow
unsigned int isAccess: 1; /* True if this instruction has an access RAM operand */
unsigned int isFastCall: 1; /* True if this instruction has a fast call/return mode select operand */
unsigned int is2MemOp: 1; /* True is second operand is a memory operand VR - support for MOVFF */
+ unsigned int is2LitOp: 1; /* True if instruction takes 2 literal operands VR - support for LFSR */
PIC_OPCODE inverted_op; /* Opcode of instruction that's the opposite of this one */
unsigned int inCond; // Input conditions for this instruction
unsigned int outCond; // Output conditions for this instruction
+#define PCI_MAGIC 0x6e12
+ unsigned int pci_magic; // sanity check for pci initialization
} pCodeInstruction;
+
+/*************************************************
+ pCodeAsmDir
+**************************************************/
+
+typedef struct pCodeAsmDir
+{
+ pCodeInstruction pci;
+
+ char *directive;
+ char *arg;
+} pCodeAsmDir;
+
+
/*************************************************
pCodeLabel
**************************************************/
char *label;
int key;
+ int force; /* label cannot be optimized out */
} pCodeLabel;
int ncalled; /* Number of times function is called */
+ int absblock; /* hack to emulate a block pCodes in absolute position
+ but not inside a function */
} pCodeFunction;
#define PCOR2(x) ((pCodeOpReg2 *)(x))
#define PCORB(x) ((pCodeOpRegBit *)(x))
#define PCOW(x) ((pCodeOpWild *)(x))
-
+#define PCOW2(x) (PCOW(PCOW(x)->pcop2))
#define PBR(x) ((pBranch *)(x))
#define PCWB(x) ((pCodeWildBlock *)(x))
#define isCALL(x) ((isPCI(x)) && (PCI(x)->op == POC_CALL))
#define isSTATUS_REG(r) ((r)->pc_type == PO_STATUS)
#define isBSR_REG(r) ((r)->pc_type == PO_BSR)
+#define isACCESS_BANK(r) (r->accessBank)
-#define isACCESS_LOW(r) ((pic16_finalMapping[REG_ADDR(r)].bank == \
- PIC_BANK_FIRST) && (REG_ADDR(r) < 0x80))
-#define isACCESS_HI(r) (pic16_finalMapping[REG_ADDR(r)].bank == PIC_BANK_LAST)
-
-/*
-#define isACCESS_BANK(r)(isACCESS_LOW(r) || isACCESS_HI(r))
-*/
-#define isACCESS_BANK(r) (pic16_finalMapping[(r)->rIdx].isSFR \
- || (pic16_finalMapping[(r)->rIdx].reg && pic16_finalMapping[(r)->rIdx].reg->isFixed))
#define isPCOLAB(x) ((PCOP(x)->type) == PO_LABEL)
pCode *pic16_newpCodeInlineP(char *cP); // Create a new pCode given a char *
pCode *pic16_newpCodeFunction(char *g, char *f); // Create a new function
pCode *pic16_newpCodeLabel(char *name,int key); // Create a new label given a key
+pCode *pic16_newpCodeLabelFORCE(char *name, int key); // Same as newpCodeLabel but label cannot be optimized out
pCode *pic16_newpCodeCSource(int ln, char *f, char *l); // Create a new symbol line
pBlock *pic16_newpCodeChain(memmap *cm,char c, pCode *pc); // Create a new pBlock
void pic16_printpBlock(FILE *of, pBlock *pb); // Write a pBlock to a file
void pic16_copypCode(FILE *of, char dbName); // Write all pBlocks with dbName to *of
void pic16_movepBlock2Head(char dbName); // move pBlocks around
void pic16_AnalyzepCode(char dbName);
+void pic16_AssignRegBanks(void);
void pic16_printCallTree(FILE *of);
void pCodePeepInit(void);
void pic16_pBlockConvert2ISR(pBlock *pb);
+void pic16_pBlockConvert2Absolute(pBlock *pb);
+void pic16_initDB(void);
+void pic16_emitDB(char c, char ptype, void *p); // Add DB directives to a pBlock
+void pic16_emitDS(char *s, char ptype, void *p);
+void pic16_flushDB(char ptype, void *p); // Add pending DB data to a pBlock
+
+pCode *pic16_newpCodeAsmDir(char *asdir, char *argfmt, ...);
pCodeOp *pic16_newpCodeOpLabel(char *name, int key);
pCodeOp *pic16_newpCodeOpImmd(char *name, int offset, int index, int code_space);
pCodeOp *pic16_newpCodeOpLit(int lit);
+pCodeOp *pic16_newpCodeOpLit2(int lit, pCodeOp *arg2);
pCodeOp *pic16_newpCodeOpBit(char *name, int bit,int inBitSpace);
pCodeOp *pic16_newpCodeOpRegFromStr(char *name);
pCodeOp *pic16_newpCodeOp(char *name, PIC_OPTYPE p);
struct regs * pic16_getRegFromInstruction2(pCode *pc);
extern void pic16_pcode_test(void);
+extern int pic16_debug_verbose;
+extern int pic16_pcode_verbose;
/*-----------------------------------------------------------------*
* pCode objects.
extern pCodeOpReg pic16_pc_status;
extern pCodeOpReg pic16_pc_intcon;
-extern pCodeOpReg pic16_pc_indf0;
-extern pCodeOpReg pic16_pc_fsr0;
extern pCodeOpReg pic16_pc_pcl;
extern pCodeOpReg pic16_pc_pclath;
+extern pCodeOpReg pic16_pc_pclatu; // patch 14
extern pCodeOpReg pic16_pc_wreg;
+extern pCodeOpReg pic16_pc_tosl; // patch 14
+extern pCodeOpReg pic16_pc_tosh; // patch 14
+extern pCodeOpReg pic16_pc_tosu; // patch 14
+extern pCodeOpReg pic16_pc_tblptrl; // patch 15
+extern pCodeOpReg pic16_pc_tblptrh; //
+extern pCodeOpReg pic16_pc_tblptru; //
+extern pCodeOpReg pic16_pc_tablat; // patch 15
+extern pCodeOpReg pic16_pc_bsr;
+extern pCodeOpReg pic16_pc_fsr0;
+extern pCodeOpReg pic16_pc_fsr0l;
+extern pCodeOpReg pic16_pc_fsr0h;
+extern pCodeOpReg pic16_pc_fsr1l;
+extern pCodeOpReg pic16_pc_fsr1h;
+extern pCodeOpReg pic16_pc_fsr2l;
+extern pCodeOpReg pic16_pc_fsr2h;
+extern pCodeOpReg pic16_pc_indf0;
+extern pCodeOpReg pic16_pc_postinc0;
+extern pCodeOpReg pic16_pc_postdec0;
+extern pCodeOpReg pic16_pc_preinc0;
+extern pCodeOpReg pic16_pc_plusw0;
+extern pCodeOpReg pic16_pc_indf1;
+extern pCodeOpReg pic16_pc_postinc1;
+extern pCodeOpReg pic16_pc_postdec1;
+extern pCodeOpReg pic16_pc_preinc1;
+extern pCodeOpReg pic16_pc_plusw1;
+extern pCodeOpReg pic16_pc_indf2;
+extern pCodeOpReg pic16_pc_postinc2;
+extern pCodeOpReg pic16_pc_postdec2;
+extern pCodeOpReg pic16_pc_preinc2;
+extern pCodeOpReg pic16_pc_plusw2;
+extern pCodeOpReg pic16_pc_prodl;
+extern pCodeOpReg pic16_pc_prodh;
+
+extern pCodeOpReg pic16_pc_eecon1;
+extern pCodeOpReg pic16_pc_eecon2;
+extern pCodeOpReg pic16_pc_eedata;
+extern pCodeOpReg pic16_pc_eeadr;
+
extern pCodeOpReg pic16_pc_kzero;
extern pCodeOpReg pic16_pc_wsave; /* wsave and ssave are used to save W and the Status */
extern pCodeOpReg pic16_pc_ssave; /* registers during an interrupt */
projects / fw / sdcc / blobdiff